RT-PHYS – Physical Security & Covert Entry

Categories: English, Physical Security

About Course

*** Currently available at a reduced price while video lessons are in production. All written lessons and assessments are complete and fully accessible now. Video content will be added over the coming months at no additional cost to enrolled students. ***

This module establishes a red-team-focused curriculum for understanding, testing, and emulating physical security systems within authorized engagements. It integrates covert-entry concepts, structured site-exploitation practices, and environmental modeling to support realistic and lawful security assessments. The training emphasizes operational safety, legal and ethical compliance, evidence integrity, and objective-driven planning to help practitioners execute credible, high-impact evaluations that strengthen overall physical security resilience.

Assess and emulate real-world physical security postures using authorized covert entry techniques
Understand the interaction between personnel, procedures, and protective technologies
Identify and model weaknesses in facility architecture and operational patterns
Plan and execute safe, controlled physical assessments and demonstrations
Translate physical testing outcomes into actionable recommendations and training materials

Course Content

Foundations of Physical Security in Red Teaming

Core principles of physical protection and deterrence
The role of physical testing in holistic security validation
Authorization, safety, and legal frameworks
Layers of defense: deterrence, detection, delay, response
Integrating red-team findings into security programs

Facility Design and Architectural Weaknesses

Access Control & Authentication Systems

Surveillance Systems & Sensors

About Course

What Will You Learn?

Course Content

Foundations of Physical Security in Red Teaming

Core principles of physical protection and deterrence

The role of physical testing in holistic security validation

Authorization, safety, and legal frameworks

Layers of defense: deterrence, detection, delay, response

Integrating red-team findings into security programs

Facility Design and Architectural Weaknesses

Understanding site perimeters, choke points, and approach vectors

Building materials and lockset implications for entry

Common architectural bypass paths

Hidden vulnerabilities in mechanical and service access

Architectural modeling for red-team planning

Access Control & Authentication Systems

Lock, key, and electronic access taxonomies

Badge, RFID, and biometric system weaknesses

Tailgating and piggybacking behavior models

Role of visitor management and temporary access

Bypass techniques in authorized testing scenarios

Surveillance Systems & Sensors

CCTV layouts and coverage logic

Motion, infrared, and vibration sensor mapping

Blind spot exploitation and concealment techniques

Integration with alarms and dispatch protocols

Testing and documentation without causing outages

Lighting, Environment & Weather Conditions

Illumination and visibility studies for entry operations

Environmental constraints on covert movement

Exploiting noise, rain, or fog for concealment

Thermal and light signature management

Seasonal and diurnal impact on site surveillance

Barriers, Fences & Entry Points

Types of barriers and their real-world defeat methods

Gates, turnstiles, and mantraps in operational contexts

Vehicle barriers and perimeter approaches

Service access: vents, ducts, and ceiling pathways

Safety and ethical limits in bypass demonstrations

Internal Navigation & Movement

Route planning within facilities

Social camouflage and behavior adaptation

Access zone transitions and security checkpoints

Safe navigation with minimal operational footprint

Escape and egress planning for safety

Guards, Patrols & Human Detection

Guard routines and predictive behavior

Response time estimation and modeling

Observer psychology and distraction techniques

Human reliability and boredom exploitation

Maintaining realism without manipulation

Vehicle Access, Parking & Perimeter Movement

Vehicle staging and approach considerations

Parking management as a defensive control

Surveillance using vehicles (static and roving)

Exploiting service and delivery vehicle patterns

Safe vehicle-based reconnaissance

Cameras, Photography & Documentation

Long-range photography techniques for recon

Night photography: infrared, low-light, and exposure control

Image composition for analysis and reporting

Ethical image capture in authorized exercises

Metadata management and chain-of-custody

Alarms, Response & Escalation

Alarm types and response models

Physical and electronic alert pathways

Simulating trip conditions for training

Coordination with security response teams

Lessons learned integration into SOPs

Secure Areas & Sensitive Compartmented Zones

Identifying protected zones and compartmentation levels

Assessing security-in-depth around high-value assets

Access patterns and escort protocols

Insider threat scenarios in secure zones

Documentation and debriefing of compartment breaches

Specialized Physical Security Systems

Server rooms and data center physical protection

Evidence lockers and restricted storage

Utility systems (HVAC, power, telecom) access paths

Integrated facility management vulnerabilities